Packaging Excellence with MSC Dytran

Low Velocity Impact Analysis of a Composite Mini Unmanned Air Vehicle During Belly Landing

In this study belly landing of an unmanned mini air vehicle with low velocity impact on the soil and rigid ground has been investigated by explicit finite element analysis using MSC Dytran.

Low Velocity Impact Analysis of a Composite Mini Unmanned Air Vehicle During Landing

Turkish Aerospace Industries/Middle East Technical University: In this study belly landing of an unmanned mini air vehicle with low velocity impact on the soil and rigid ground has been investigated by explicit finite element analysis using MSC Dytran.

Simulation of Under Water Explosion using MSC Dytran

Simulation Of A Compartmented Airbag Deployment Using An Explicit, Coupled Euler/lagrange Method

The paper presents a new simulation method for airbags with multiple compartments. In recent years many accidents happened with passengers that were out of position (OOP) when their airbag deployed. Therefore new safety regulations have come into effect in the USA and an airbag now has to meet several requirements that concern out of positioning. In meeting these requirements simulations of deploying airbags are very useful and are widely used.

Formula SAE Flexible Body Tutorial - Adams

Multi-Disciplinary Divergent Abstractions

Improving the Ability to Simulate NVH in a Vehicle

An introductory Guide to Nonlinear Analysis

Marc Python -Tutorial and Reference Manual

PATRAN Command Language (PCL) Introduction

Template Builder Workspace Guide

An MSC Nastran Primer for Rotordynamics

Identification of Crititical Speeds of Rotors Attached to Flexible Supports

Academic Software Motion Bundle Datasheet

Provides capabilities for a wide variety of multi-body motion and mechanical system simulations, including hydraulics & controls, using a geometric modeling approach or a schematic, block-diagram modeling approach; based on Adams and Easy5.

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